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Coris

Solid Recovered Fuel (SRF)

 

The business of the PENA Group is the operation and development of high-performance tools for the recycling of wastes. Our installations embody a long-term vision of an urban and social ecology.

The Pena Group is delivering a solution to the French Energy Transition Law, which promotes the consumption of solid recovered fuel and minimizes the quantity of landfill wastes in final waste disposal facilities.

Quality of equipment (in partnership with manufacturers)

PENA expertise in fuel production

Long-term production streams

Stages in the SRF production process

THE BENEFITS OF SRF

COMPLETE DESTRUCTION OF WASTE

using high-temperature furnaces for long durations

NO FORMATION OF DIOXINS OR FURANS

due to the specific temperature profile

NO RESIDUE REQUIRING LANDFILL

ash is integrated into the final product (cement)

REDUCTION OF GREENHOUSE GAS EMISSIONS

SRF is used to replace fossil fuels

PRESERVATION OF FOSSIL FUELS

non-renewable natural resources

Summary of operations

  • Opening of the first CORIS SRF production line in France in 2005
  • 2018: investments in the production line for the tripling of productivity to 15 tonnes per hour
CSR
Alim auto semi CSR

System for the recycling of industrial and agricultural plastics

The SPIREA installation permits the optimum sorting of multi-material elements (plastics, metals, etc.), which essentially originate from our CORIS recycling lines (material recycling of NHW – non-hazardous wastes – and the production of SRF – solid recovered fuel); however, this also includes waste recycling organizations and other sources of agricultural plastics.
The Pena Group continues to pursue its objective for the (technical and economic) maximization of recycling, particularly the recycling of soiled plastics or mixed post-consumer plastics.
After visual inspection, wastes are crushed, then sorted according to their characteristics. This involves the extraction of any ferrous and non-ferrous metals which are still present, but particularly the qualitative separation of various plastics: polyvinyl chloride (PVC), polyethylene (PE), polystyrene (PS), polyethylene terephthalate (PET) and polypropylene (PP), etc. Brominated plastics can now be appropriately separated using this new installation.
The objective is to maximize quantities of raw materials derived from recycling, and thus to limit disposal as landfill.
97%

rate for the recycling of plastics